public function testOutputFilter()
{
$noh = new NativeOutputHandlersTestCore();
$hasher = new Hasher();
$hasher->addDistinguishVariable("testOutputFilter" . rand());
$cache = new FileCache(array(CacheParams::PARAM_TTL => 1000));
$outputFilter = new OutputFilter();
$outputFilter->addBlacklistCondition("/Needle/");
$poc = new Poc(array(PocParams::PARAM_CACHE => $cache, Poc::PARAM_TOOLSET => new HttpCapture(new TestOutput()), PocParams::PARAM_HASHER => $hasher));
$poc->addPlugin($outputFilter);
$noh->pocBurner($poc, rand() . "Needle" . rand());
//$this->assertContains('because', $noh->getOutput());
}
/**
* @dataProvider dataProviderForTests
*/
public function testminifyHtmlWithPoc($input, $expectedOutput)
{
$noh = new NativeOutputHandlersTestCore();
$hasher = new Hasher();
$hasher->addDistinguishVariable("TestMinify" . rand());
$cache = new FileCache(array(CacheParams::PARAM_TTL => 1000));
$outputHandler = new TestOutput();
$poc = new Poc(array(Poc::PARAM_CACHE => $cache, Poc::PARAM_TOOLSET => new HttpCapture(new TestOutput()), PocParams::PARAM_HASHER => $hasher));
$poc->addPlugin(new MinifyHtmlOutput());
$noh->pocBurner($poc, $input);
$output = $noh->getOutput();
$this->assertEquals($expectedOutput, $output);
}
public function testCompression()
{
$noh = new NativeOutputHandlersTestCore();
$hasher = new Hasher();
$hasher->addDistinguishVariable("TestCompress" . rand());
$cache = new FileCache();
$outputHandler = new TestOutput();
$outputHandler->header('Accept-Encoding:' . Compress::COMPRESSION_GZIP);
// var_dump($outputHandler->getallheaders());
$poc = new Poc(array(Poc::PARAM_CACHE => $cache, Poc::PARAM_TOOLSET => new HttpCapture($outputHandler), PocParams::PARAM_HASHER => $hasher));
$poc->addPlugin(new Compress());
$input1 = "absdefg";
$noh->pocBurner($poc, $input1);
$output1 = $noh->getOutput();
$header1 = $outputHandler->getallheaders();
$input2 = "habsdefgh";
$noh->pocBurner($poc, $input2);
$output2 = $noh->getOutput();
$header2 = $outputHandler->getallheaders();
// die("BBBBBBBBBBBB".print_r($outputHandler->getallheaders())."AAAAAAAAAAAAAAAA");
$this->assertEquals($output1, $output2);
$this->assertEquals(\gzdecode($output1), $input1);
// $this->assertEquals($header1, $header2);
}
public function testPocWithDifferentHashers()
{
$testAdapter = new NativeOutputHandlersTestCore();
$objects = new \Pimple();
$ttl = self::$TTL;
$objects['c1'] = function () use($ttl) {
return new FileCache(array(CacheParams::PARAM_TTL => $ttl));
};
$objects['c2'] = function () use($ttl) {
return new FileCache(array(CacheParams::PARAM_TTL => $ttl));
};
$cacheHandler1 = $objects['c1'];
$hasher1 = new Hasher();
$hasher1->addDistinguishVariable("a" . rand());
$poc1 = new Poc(array(Poc::PARAM_HASHER => $hasher1, Poc::PARAM_TOOLSET => new HttpCapture(new TestOutput())));
$testAdapter->pocBurner($poc1, self::NEEDLE);
$output1 = $testAdapter->getOutput();
$hasher2 = new Hasher();
$hasher2->addDistinguishVariable("b" . rand());
$poc2 = new Poc(array(Poc::PARAM_HASHER => $hasher2, Poc::PARAM_TOOLSET => new HttpCapture(new TestOutput())));
$testAdapter->pocBurner($poc2, self::TESTSTRING2);
$output2 = $testAdapter->getOutput();
$this->assertTrue($output1 != $output2);
}
